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All-UV written integrated glass devices including planar Bragg gratings and lasers

机译:全UV写入集成玻璃器件,包括平面布拉格光栅和激光器

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摘要

Direct UV writing provides an attractive route towards low-cost integrated optical components in photosensitive glasses. The technique may be applied to a wide range of different geometries including silica-on-silicon wafers, compound oxide glasses, directly bonded glass composites and GLS. This presentation will review research in this area and present an overview of the activities in Southampton in this field. Recent developments of the UV writing technique have allowed the realisation of high quality Bragg gratings in silica-on-silicon by simultaneous writing of the channel waveguides and gratings (the direct grating writing technique). This approach together with wavelength detuning, allows an unprecedented range of wavelengths to be written under software control. Latest results will be presented covering laser operation in Neodymium doped channels.
机译:直接紫外线写入为光敏玻璃中的低成本集成光学组件提供了一条诱人的途径。该技术可以应用于各种不同的几何形状,包括硅基二氧化硅晶片,复合氧化物玻璃,直接粘合的玻璃复合材料和GLS。本演讲将回顾该领域的研究,并概述南安普敦在该领域的活动。 UV写入技术的最新发展已通过同时写入通道波导和光栅(直接光栅写入技术),实现了硅基二氧化硅上高质量Bragg光栅的实现。这种方法与波长失谐一起,可以在软件控制下写入前所未有的波长范围。将展示有关钕掺杂通道中激光操作的最新结果。

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